and JP2 (as shown in D of Fig. 5); the device will work as a receiver and won't
communicate with relay modules anymore.
to supply 12VDC power to the terminals 1- and 2+.
For further informations about the table of the available registers it is necessary
to contact your local dealer.
In this configuration it will be necessary to learn the addresses of the devices of
which it's wanted to receive the commands with the same procedure of when
the device is used as a repeater.
It's possible to learn up to a maximum of 50 transmitters addresses.
Perform the self-learning procedure of the address of the transmitter of which
is wanted to receive the radio command:
- Turn on the thermostat or other transmitting device and set it up in "test"
mode. (This means that it will continuously transmit an ON command,
followed by an OFF command after 3 seconds).
- Press the "self-learning" key for a second, shown with
the self-learning procedure and the LED
The self-learning key can be pressed, even without removing the cover, using
a small screwdriver through the slots on the front, as shown with
- As soon as a test radio command is received, the LED remains lit in orange
and will stay lit for 7 seconds. During this time, the device waits for other
test commands. If test commands are received from other radio devices, the
device will save the command received with the highest power.
This enables the learning of the address of the device that is physically the
closest.
- Once the time has expired in the previous point, the address learnt will be
saved in a non-volatile memory and the LED will flash in a green-red-green-red
sequence.
The procedure ends by itself; the LED remains lit in green to indicate that the
device works properly as a receiver.
- If there is no learnt address in memory, the LED will flash quickly in green to
indicate an error state because won't manage any command.
Repeat the self-learning procedure for any transmitter that is needed to manage.
In this configuration it is necessary
4
in Fig. 4. This enables
1
in Fig. 1 will flash quickly in orange.
23
4
in Fig. 1.